if 0: #number splitting:
from scripts.single_qubit import spectroscopy
seq = sequencer.Join([sequencer.Trigger(250), cavity_info.rotate(np.pi, 0)])
# postseq = sequencer.Sequence([sequencer.Trigger(250), cavity_info.rotate(np.pi, 0)])
qubit_freq = 6306.770e6
spec = spectroscopy.Spectroscopy(mclient.instruments['brick2'], qubit_info, np.linspace(qubit_freq-8e6, qubit_freq+2e6, 101), [11.5],
plen=6000, seq = seq, amp=0.09, extra_info=cavity_info, plot_seqs=True)
spec.measure()
if 0: #Sideband modulated number splitting:
from scripts.single_qubit import ssbspec
seq = sequencer.Join([sequencer.Trigger(250), cavity_info2.rotate(np.pi*2, 0)])
spec = ssbspec.SSBSpec(qubit_info, np.linspace(-15e6, 1e6, 151),
extra_info= cavity_info2,
seq =seq, plot_seqs=False)
spec.measure()
bla
if 0: #EF Sideband modulated number splitting:
from scripts.single_qubit import ssbspec
seq = sequencer.Join([sequencer.Trigger(250), qubit_info.rotate(np.pi,0), cavity_info2.rotate(np.pi*1.0, 0)])
# postseq = qubit_info.rotate(np.pi,0)
# postseq = sequencer.Sequence(qubit_info.rotate(np.pi, 0))
spec = ssbspec.SSBSpec(ef_info, np.linspace(-3e6, 1e6, 121),
extra_info= [qubit_info, cavity_info2],
seq =seq, postseq = None, plot_seqs=False)
spec.measure()
bla
if 1: #ef spec with swept ssb freq
from scripts.single_qubit import ssbspec
pi_pulse_ge = qubit_info.rotate(np.pi, 0)
pre_seq = sequencer.Sequence([sequencer.Trigger(250), pi_pulse_ge])
post_seq = pi_pulse_ge
# delayseq = sequencer.Delay(3000)
alz.set_naverages(1000)
# while True:
spec = ssbspec.SSBSpec(
qubit_ef_info,
np.linspace(-4e6, 4e6, 161),
seq=pre_seq,
postseq=post_seq,
plot_seqs=False,
selective=True,
extra_info=qubit_info,
)
spec.measure()
bla
if 0: #***COPY (to be deleted) of cavity displacement calibration
alz.set_naverages(2000)
# delayseq = sequencer.Delay(3000)
from scripts.single_cavity import cavdisp
dispcal = cavdisp.CavDisp(qubit_info,
cavity_info,
np.linspace(0.05, 2.55, 51),